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PLJ135° insert rod elbow

・135° fluid steering optimization design

・Rod quick installation zero welding technology

・High strength and resistance to extreme working conditions

・Dual wear and corrosion resistance solution

    2D Drawings

    PLJ135-4

    Specifications

    Model ΦD1 ΦD2 ΦP L1 L2 L3 L4
    PLJ135°4 4 4 11 16.5 29 18.5 44
    PLJ135°6-4 6 4 11 16.5 29.5 19 44.5
    PLJ135°6 6 6 13 17.5 32 19 48.5
    PLJ135°8-6 8 6 14.5 20 38 22 56
    PLJ135°8 8 8 14.5 21 38 22 57.5
    PLJ135°10-8 10 8 18.5 23 42 23.5 63
    PLJ135°10 10 10 18.5 24 42 23.5 64.5
    PLJ135°12-10 12 10 18.5 24 45 26.5 67.5
    PLJ135°12 12 12 21 26 47 26.5 72
    PLJ135°5/32 5/32 5/32 11 16.5 29 18.5 44
    PLJ135°1/4-5/32 1/4 5/32 11 16.5 29.5 19 44.5
    PLJ135°1/4 1/4 1/4 13 17.5 32 19 48.5
    PLJ135°5/16-1/4 5/16 1/4 14.5 20 38 22 56
    PLJ135°5/16 5/16 5/16 14.5 21 38 22 57.5
    PLJ135°3/8-5/16 3/8 5/16 18.5 23 42 23.5 63
    PLJ135°3/8 3/8 3/8 18.5 24 42 23.5 64.5
    PLJ135°1/2-3/8 1/2 3/8 18.5 24 45 26.5 67.5
    PLJ135°1/2 1/2 1/2 21 26 47 26.5 72

    Order Example

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    FAQ

    description2

    • Q: What are the special advantages of 135° elbows compared to 90° elbows?

      A: The 135° design greatly reduces turbulence and pressure loss, and is particularly suitable for long-distance transportation (such as municipal heating and LNG pipelines). The energy consumption of a heating project was reduced by 12%, while reducing the impact wear on the pipe wall.